A Course of Mathematics: Composed for the Use of the Royal Military Academy |
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Page 9
... multiplied , or repeated , is called the Multiplicand . — The number you multiply by , or number of repetitions , is the Multiplier . — And the number found , being the total amount , is called the Product . - Also , both the multiplier ...
... multiplied , or repeated , is called the Multiplicand . — The number you multiply by , or number of repetitions , is the Multiplier . — And the number found , being the total amount , is called the Product . - Also , both the multiplier ...
Page 10
... multiplied by . And proceeding in this 4938268 manner separately with all the figures of the multiplier , it is evident that we shall multiply all the parts of the multiplicand 56382674894567 times ditto . by all the parts of the ...
... multiplied by . And proceeding in this 4938268 manner separately with all the figures of the multiplier , it is evident that we shall multiply all the parts of the multiplicand 56382674894567 times ditto . by all the parts of the ...
Page 11
... Multiply these two remainders together , and cast the 9's out of the product , as also out of the whole product or ... multiplied , and a and b what remain ; then 9P + a and 9Q + b will be the numbers them- selves , and their product ...
... Multiply these two remainders together , and cast the 9's out of the product , as also out of the whole product or ... multiplied , and a and b what remain ; then 9P + a and 9Q + b will be the numbers them- selves , and their product ...
Page 12
... Multiply 81503600 by 7030 . 4. Multiply 9030100 by 2100 . 5. Multiply 8057069 by 70050 . 2 . Mult . 390720400 by ... multiplied by that number at once . Thus , in the 1st example , 7 times the product of 8 by the given number , makes ...
... Multiply 81503600 by 7030 . 4. Multiply 9030100 by 2100 . 5. Multiply 8057069 by 70050 . 2 . Mult . 390720400 by ... multiplied by that number at once . Thus , in the 1st example , 7 times the product of 8 by the given number , makes ...
Page 13
... Multiply the divisor by this number , and set the product under the figures of the divi- dend before - mentioned ... multiplied by the divisor must evidently be equal to the dividend . There are also several other methods sometimes ...
... Multiply the divisor by this number , and set the product under the figures of the divi- dend before - mentioned ... multiplied by the divisor must evidently be equal to the dividend . There are also several other methods sometimes ...
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Common terms and phrases
axis become x becomes bisected called centre chord circle circumference co-ordinates Corol cosec cosine curve decimal denominator determine diameter difference differential co-efficient distance Divide divisor draw dx dy dy dx equal EXAMPLES expression feet figure formula fraction function greatest common measure Hence hyperbola inches latus rectum least common multiple logarithm manner monomial multiplied negative nth root opposite P₁ parallel parallelogram perpendicular polynomial positive Prob problem Prop proportional quotient radius ratio rectangle remaining right angles rule sides sine square root straight line Substituting subtract tangent Taylor's theorem THEOREM triangle ABC unknown quantity whence whole number yards